This is a presentation I gave to Museum Victoria staff about how we (and other institutions) link items within our collection management tools and with external systems to create a global network of biological knowledge (and how we can do this better). The presentation was delivered on 27 Oct 2016, as part of Museum Victoria's monthly Digital Interest Group (DIG) seminar/discussion series.
8. BHL users – our online community
5.5+ MILLION
Total unique users to date
Average monthly unique users (CY16)
98,000+
10+ MILLION
Total website visits to date
Average monthly visits (CY16)
175,000+
243 Countries & Territories
*Stats as of September 2016
Australian visits: 65,812
@bhl_au 485+ followers
10,500+ followers
10,700+ followers
24,000+ followers
www.biodiversitylibrary.org
37. Common name
Scientific name
Location
Source library
Tagged = discoverable (citizen scientists)
Original scientific name
taxonomy:bionomial=
Artist name
artist:name=
Accepted scientific name
taxonomy:bionomial=
Machine-readable tags
Common name
taxonomy:common=
38. Common name
Scientific name
Location
Source library
Original scientific name
taxonomy:bionomial=
Artist name
artist:name=
Accepted scientific name
taxonomy:bionomial=
Machine-readable tags
Common name
taxonomy:common=
39.
40.
41.
42.
43. Common name
Scientific name
Location
Source library
Tagged = discoverable
Original scientific name
taxonomy:bionomial=
Artist name
artist:name=
Accepted scientific name
taxonomy:bionomial=
Machine-readable tags
Common name
taxonomy:common=
Location
geo:country=
AUSTRALIA
68. Page R (2016) Towards a biodiversity knowledge graph.
Research Ideas and Outcomes 2: e8767. doi: 10.3897/rio.2.e8767
Biodiversity knowledge graph
Rod Page
Professor
of Taxonomy
University
of Glasgow
The links that
SHOULD
be present
between core
biodiversity
datasets online
69. Page R (2016) Towards a biodiversity knowledge graph.
Research Ideas and Outcomes 2: e8767. doi: 10.3897/rio.2.e8767
Linking our core biodiversity data
70. Page R (2016) Towards a biodiversity knowledge graph.
Research Ideas and Outcomes 2: e8767. doi: 10.3897/rio.2.e8767
Taxonomic literature
is the foundation
upon which our
understanding of
biodiversity is based.
Linking our core biodiversity data
The Biodiversity Heritage Library is the world’s largest online repository for biodiversity heritage and archival materials. Globally, the Biodiversity Heritage Library is based at the Smithsonian in Washington DC, but there are libraries contributing all over the world and here in Australia, the project is funded by the Atlas of Living Australia.
We take rare books and historic journals from library collections, we digitise them, we add metadata and we upload them online.
To give you an idea of the reach of this virtual library, here are some stats on our users. These are the people who peruse our content, who use it for research, education and art, and who share it with others. I won’t go through these stats, but you can see that people love our online library. The stat I’m most interested in this one – we had over 65,000 visits from our Australian online community.
But why should we care about someone’s old diaries? Historic field diaries chronicle the scientific expeditions undertaken over time to explore, research and discover the natural history of our world.
And in diaries, historic observations are linked to the two key pieces of information that make an observation useful to science – the DATE the observation was made and the LOCATION of that observation. These are the observations made by Graham Brown on the 26 September 1948 at Lake Corangamite.
Field diaries are also filled with contextual information about biology and behaviour.
But while our curators would now be able to find the diaries, their contents were still inaccessible. This is the OCR output for this handwritten page.
In order to unlock their contents and extract the historic data, we needed to transcribe them.
This was the first field diary we uploaded. In order to attract volunteers to our project, we wrote an introduction highlighting the significance of the author and his work.
Information and pictures of all species known to science gathered together and made available to everyone – anywhere.
The Atlas of Living Australia contains information on all the known species in Australia aggregated from a wide range of data providers: museums, herbaria, community groups, government departments, individuals and universities.
This diagram was published earlier this year in a paper by Rod Page. Rod Page calls this the "biodiversity knowledge graph "and it represents the links that SHOULD be present between "core" biodiversity datasets online.
The bit I’m most interested in is this bit – the link between taxonomic names and their descriptions in the literature.